... solutions for the subsea layout optimization problem considering subsea gate boxes. INTRODUCTION Subsea processing is a relatively new technology for recovering oil resources, and it has the potential to be a major enabler for many challenging fields. Any handling and treatment of fluids produced...

... problems. artificial intelligence distribution formula young optimization problem gravity assessment international ocean cable carousel cable displacement distribution cable deformation pressure distribution mechanics carousel diameter contact pressure distribution displacement...

...). There is an urgent need for the breakthrough in the structural design to solve this issue. geology reservoir geomechanics topology optimization fraction constraint optimization problem geological subdiscipline lattice foundation configuration unmanned surface vehicle reduction artificial...

..., the ship flow field (free-surface wave elevation and hull surface pressure) learning considering ship speed and shape parameters is constructed to realize the quick prediction of ship calm-water flow field in a large speed range. INTRODUCTION For the hull form optimization problem, if the number...

... deformations. Based on parametric geometric modeling, mesh generation and computational fluid dynamics analysis, Wang et al., (2017) uses experimental design theory to construct an agent model to solve the multi-objective design optimization problem of underwater gliders. Lin et al., (2023) presents a fully...

... ABSTRACT In this paper, we employ the dynamic programming method to find the optimal energy distribution among two engines and batteries for a dual-engine hybrid power system (DHPS). First, the mathematical models of the DHPS are established. Then, the optimization problem, aimed at minimizing...

... (Thomson & White 1969; Dawson & Thompson, 1969). artificial intelligence dimension reconstruction optimization problem latent vector coefficient transaction variation neural network machine learning naval architect consideration convolutional autoencoder autoencoder hull...

... optimization algorithms. artificial intelligence sustainability sustainable development algorithm container ship eedi optimization problem machine learning application technology teu container ship social responsibility ship xiangjiang river cargo capacity voyage allocation efficiency...

... between variables and the algorithm's performance is significantly influenced by the control parameter N of sensitivity updates. optimization problem subproblem strake thickness subsea system algorithm knowledge interaction floating production systems thickness boundary satisfied 4...

... optimization techniques can be used to generate, explore, and select computer-aided optimization designs. Aiming at the typical multi-objective ship design optimization problem, an improved and partially innovative design method is proposed, which improves cargo carrying capacity, improves safety...

... ( i = 1, … n ) are constraint formulas of the optimized problem, including both equations and inequations. The objective of Eq. 1 is to obtain the x representing the optimal ship design. Although research for ship hull optimization has applied different techniques to improve different steps...

... optimization problems have gradually become a research hotspot. Typically, there are two main methods to solve multi-objective optimization problems, of which one is using evolutionary multi-objective algorithms, and the other one is using the weighted sum (WS) method (Sekulski, 2014). Due to the uneven...

...) generate multiple different ship shapes with fewer design variables while ensuring the smoothness of the generated ship hull surfaces. optimization problem constraint artificial intelligence displacement improved free-form deformation technique manipulation deformation ship ship hull...

... absorption for TALOS WEC. sustainability artificial intelligence hull absorption optimization problem coefficient pto matrix tailless talos social responsibility converter talos wec equation talos sustainable development conversion gravity damper international ocean sheng...

...., 2023). optimization problem sustainability artificial intelligence sustainable development platform design correspond procedure offshore projects planning and execution tank rcw journal extreme response reproduction prediction experiment elevation social responsibility response...

... intelligence deformation platform design stiffness bulkhead reduction numerical study hull deformation diagonal hull displacement preloading subsea system optimization problem displacement scenario 1 geological subdiscipline four-legged jack-up vessel hull distortion coefficient thickness...

... engineering fowt constraint efficiency optimization problem subsea system platform diameter complexity neuron surrogate optimization modeling method scenario application accuracy correlation nonlinearity ABSTRACT Offshore wind energy has drawn significant attention as the global demand...

... propeller-induced vibration and noise, as demonstrated by studies conducted by Tan et al. (2015) and Yan et al. (2017). Therefore, this type of thruster is being studied for its potential to reduce underwater radiated noise. noise propeller coefficient wuhan university optimization problem...

... sustainability optimization problem engine sustainable development consumption ess efficiency icebreaker ship carbon emission combustion engine ems scenario generator artificial intelligence emission ship transient reliability diesel engine co 2 icebreaker ship run chen shanghai jiao tong...

... algorithms in optimization problems, reinforcement learning is expected to be used in setting reward functions and loss functions, completing the swimming obstacle avoidance and path planning of robotic fish under water. And it will greatly increase the intelligence and environmental adaptability of robot...